1.
Probe of Discretization Form of Turbulent Model Equation Based on Cell Exponential Function Fit
基于微元指数拟合的湍流控制方程离散格式初探
2.
Is Control Installed away from Turbulence?
安装的控制装置是否远离湍流
3.
Experimental Research on Controlling Coherent Structures in Wall Turbulence by Periodic Blowing and Suction from Streamwise Slit;
流向狭缝周期吹吸扰动控制壁湍流相干结构的实验研究
4.
Experimental Study on Multi-scale Coherent Structures in Turbulent Boundary Layer Controlled by a Group of Parallel Heating Wires on the Wall;
壁面平行加热丝控制湍流边界层多尺度相干结构的实验研究
5.
Experimental Investigation of Multi-scale Coherent Structures Controlled by Periodic Blow-Suction Disturbance on Wall Turbulence;
周期性抽吸扰动控制壁湍流多尺度相干结构的实验研究
6.
The Experimental Investigation on Detection and Control of Multi-scale Structures Intermittency in Turbulent Boundary Layer;
湍流边界层多尺度结构间歇性检测和控制的实验研究
7.
torrential flow
湍流, 激流, 射流
8.
Design and capability analysis of meteorologic radiosonde for turbulence
湍流气象探空仪的研制及其性能分析
9.
A further expcrimental investigation of a controllable arti-ficial transition by means of internal acoustic excitation was carriedout in flat-plate boundary layers.
本文对声激发控制边界层转换问题在低湍流度风洞中作了进一步实验研究。
10.
Multi-Robot Odor-Source Localization in Turbulence Dominated Airflow Environments
湍动气流主控环境下多机器人气味源定位
11.
Experimental Investigation on the Modulation Law between the Phases in Gas-solid Round Jets;
气固两相圆湍射流相间调制规律的实验研究
12.
Experiments on Turbulence Modulation Caused by Particles with Different Material Density in Two-phase Round Turbulent Jet
不同密度材料颗粒对两相湍流调制的实验
13.
Turbulence modulations caused by change of particle size and particle mass loading ratio
颗粒粒径和气载比改变时湍流调制的变化
14.
PDPA EXPERIMENTAL STUDY OF TURBULENCE MODULATION IN A ROUND TURBULENT JET LADEN WITH LARGE PARTICLES
两相圆湍射流大颗粒调制作用的PDPA实验研究
15.
Research Progress of Mitigation Technologies of Turbulence Effects in Atmospheric Optical Communication
大气光通信中大气湍流影响抑制技术研究进展
16.
A Numerical Study on Effects of Turbulent Mixing for Flame Inhibition by Phosphorus-Containing Compounds
磷化合物的火焰抑制中湍流混合作用数值研究
17.
Research on Noise Prediction of Submerged Jets and Turbulent Boundary Layer
水下湍射流及壁面湍流噪声预报方法
18.
A 1.5 order closure scheme is used to predict turbulent kinetic energy for determining the eddy viscosity.
湍能预报方程采用1.5阶湍流闭合方案，确定湍流涡动系数。